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If you don’t know me and are confused as to what makes me tick as a safety pro… it’s data! And not just any data – VERFIED AND VALIDATED DATA! And this leads me to “on-line reviews”. I hear a lot of people refer to these on-line reviews about vacation rentals, restaurants, and products. They
This paper concerns refrigerant gases classified as Division 2.1 flammable gases under the Australian Dangerous Goods Code (ADG Code) or classified as Flammable Gas Category 1 using the Globally Harmonized System (GHS). It covers general work health and safety/occupational health and safety (WHS/OHS) duties, however, readers should check their legislative responsibilities at the state/territory and
On 6 December 2016, an operator at a liquefied petroleum gas (LPG) processing facility heard a loud noise coming from an area of the plant during start-up, following major maintenance on the process. The operator identified that high-pressure, flammable gas was being released to the atmosphere from a point beneath the insulation of process equipment.
In April 2024, a regeneration gas heater ruptured at a gas processing plant due to an overheated electrically heated regeneration vessel. Regeneration gas heaters are commonly used in the regeneration of molecular sieve dehydrators with the recirculation of dried natural gas heated to 250 degrees Celsius throughout adehydrating purge cycle. The initiation of manual operating
A worker was exposed to NH3 while working next to a live refrigeration unit. The worker was working from an elevating work platform (EWP) to install a partition wall in a large refrigerated space. The EWP was in close proximity to a chiller unit that was operating during the work. The EWP knocked a valve
If the company leadership team, including the Board of Directors (BOD), cannot explicitly state what they want from the EHS team and what level of performance they wish to achieve, then we are being set up to fail. I am amazed at how a leadership team will claim a multi-million-dollar project was a “safety project”
Recently, I visited an old client after a long absence. As I pulled into the parking lot, I immediately noticed the upgrade to the freshly paved and striped parking lot. My last visit, years earlier, I ended up parking in a crater in a gravel lot that some smaller cars would not have been able
Respondent owns and operates a prepared foods processing plant located within one mile of a residential area, an elementary school, a pond, a river, and many businesses. Respondent uses anhydrous ammonia in a refrigeration process,” as defined by 40 C.F.R. § 68.3, in a series of interconnected pipes and vessels at the Facility (the “Process”).
Respondent operates a chemical manufacturing facility which has on-site for use, 25,299,678 pounds of anhydrous ammonia and 355,094 pounds of ammonia (concentration 20% or greater). Respondent has two RMProgram level 3 covered processes, that store or otherwise use anhydrous ammonia and ammonia (concentration 20% or greater) in amounts exceeding their applicable thresholds of 10,000 pounds
Today, the CSB released its final report addressing three (3) serious chemical incidents involving toxic hydrogen fluoride (HF) at a facility in Geismar, Louisiana. The incidents occurred over a period of less than three years, from October 2021 to June 2024, and reveal systemic safety failures at the facility. These incidents were LOPC events, two
One of the most effective ways to reduce the risk of injury while operating machines is to use what’s called the Hierarchy of Controls method. It ranks the ways to reduce risks from most effective to least effective. Often, you’ll need to combine control methods to best protect workers.
